Available in 12, 24, 48 and 200 Vdc

• COMPLETE SOLUTION FOR SPECIFIC POWER REQUIREMENTS
• Charge batteries
• Power the national grid
• Boost hybrid systems for increased energy efficiency

The e150 is compact and virtually silent as it generates energy. Rotation speed is controlled by rotor turbulence, which accounts for the 6 blade design and its quiet efficiency that can save fuel costs and replaces noisy generators. The e150 is installed around the world powering public lighting, railway switch and radio towers as well as educating children.

 

Technical Specifications
Rated output	Output at rated wind speed	600W
Rated Wind Speed	Wind speed at which rated output achieved	12m/s
Rated Rotational Speed	Rotor rpm at rated output	800rpm
Cut in Wind Speed	Minimum wind speed for charging output	2.8m/s
Cut out Wind Speed	Maximum wind speed for charging output	N/A
Rotor Swing Diameter	Diameter of swept area	1.5m
Number of Blades	Optimised upwind design	6
Blade Type	Full-aerofoil moulded glass fibre	Aerofoil
Lateral Thrust	Horizontal force vector at 20m/s	200N
Passive Speed Control	Self stalling blades causing rotor turbulence	120km/h
Active Speed Control	Electronic loading	Continuous
Tower Top Mass	Total wind turbine mass	30kg
Rated Sound Level	Sound emission at rated output	<30dB
Protection	Protected from moisture and dust	IP55
Generator Type	Polyphase brushless permanent magnet	PM 6ph
Output Voltage	Standardised DC current	12, 24, 48, 200Vdc
Warranty	Terms and conditions apply	2 years (extendable)
Routine Maintenance	Subject to prevailing wind power class	Periodic visual inspection

Annual Energy Output:

Wind speed (m/s)	Yearly - kWh
	12V	24V	48V	200V
2	35	43	50	53
3 (Johannesburg)	118	143	168	176
4 (Durban)	279	339	399	419
5 (CapeTown)	523	635	747	784
6	824	1000	1177	1236
7 (Pilgrim'sRest)	1143	1388	1633	1715
8	1441	1750	2059	2162
9	1688	2050	2412	2533
10	1870	2271	2672	2806

Additional documentation:

• View the Annual Energy Harvest graph
• View the Average Power Output graph
• Download the Manual

*Specifications may vary with continuing development and innovation.